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How to use the sumo.tools.sumolib.net.generator.network.Node function in sumo

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github eclipse / sumo / sumo / tools / sumolib / net / generator / cross.py View on Github external
def cross(defaultNode=None, defaultEdge=None, centralReservation=0):
    net = network.Net(defaultNode, defaultEdge)
    net.addNode(network.Node("1/0", 500, 0, "priority"))
    net.addNode(network.Node("0/1", 0, 500, "priority"))
    net.addNode(network.Node("1/1", 500, 500, "traffic_light"))
    net.addNode(network.Node("2/1", 1000, 500, "priority"))
    net.addNode(network.Node("1/2", 500, 1000, "priority"))
    net.connectNodes("1/0", "1/1", True, centralReservation)
    net.connectNodes("0/1", "1/1", True, centralReservation)
    net.connectNodes("2/1", "1/1", True, centralReservation)
    net.connectNodes("1/2", "1/1", True, centralReservation)
    return net
github eclipse / sumo / sumo / tools / sumolib / net / generator / grid.py View on Github external
def grid(numIntersectionsX=10, numIntersectionsY=5, defaultNode=None, defaultEdge=None, centralReservation=0):
    net = network.Net(defaultNode, defaultEdge)
    for x in range(0, numIntersectionsX):
        net.addNode(
            network.Node(str(x + 1) + "/0", (x + 1) * 500, 0, "priority"))
        net.addNode(network.Node(str(x + 1) + "/" + str(numIntersectionsY + 1),
                                 (x + 1) * 500, (numIntersectionsY + 1) * 500, "priority"))
    for y in range(0, numIntersectionsY):
        net.addNode(
            network.Node("0/" + str(y + 1), 0, (y + 1) * 500, "priority"))
        net.addNode(network.Node(str(numIntersectionsX + 1) + "/" +
                                 str(y + 1), (numIntersectionsX + 1) * 500, (y + 1) * 500, "priority"))
    for x in range(0, numIntersectionsX):
        for y in range(0, numIntersectionsY):
            net.addNode(network.Node(
                str(x + 1) + "/" + str(y + 1), (x + 1) * 500, (y + 1) * 500, "traffic_light"))
    for x in range(0, numIntersectionsX):
        for y in range(0, numIntersectionsY):
            net.connectNodes(str(
                x) + "/" + str(y + 1), str(x + 1) + "/" + str(y + 1), True, centralReservation)
            net.connectNodes(str(
                x + 1) + "/" + str(y), str(x + 1) + "/" + str(y + 1), True, centralReservation)
    for x in range(0, numIntersectionsX):
        net.connectNodes(str(x + 1) + "/" + str(numIntersectionsY),
                         str(x + 1) + "/" + str(numIntersectionsY + 1), True, centralReservation)
    for y in range(0, numIntersectionsY):
github eclipse / sumo / sumo / tools / sumolib / net / generator / straight.py View on Github external
def straight(defaultNode=None, defaultEdge=None, centralReservation=0):
    net = network.Net(defaultNode, defaultEdge)
    net.addNode(network.Node("0/1", 0, 500, "priority"))
    net.addNode(network.Node("1/1", 500, 500, "traffic_light"))
    net.addNode(network.Node("2/1", 1000, 500, "priority"))
    net.connectNodes("0/1", "1/1", True, centralReservation)
    net.connectNodes("2/1", "1/1", True, centralReservation)
    return net
#  d = demand.Demand()
github eclipse / sumo / sumo / tools / sumolib / net / generator / cross.py View on Github external
def cross(defaultNode=None, defaultEdge=None, centralReservation=0):
    net = network.Net(defaultNode, defaultEdge)
    net.addNode(network.Node("1/0", 500, 0, "priority"))
    net.addNode(network.Node("0/1", 0, 500, "priority"))
    net.addNode(network.Node("1/1", 500, 500, "traffic_light"))
    net.addNode(network.Node("2/1", 1000, 500, "priority"))
    net.addNode(network.Node("1/2", 500, 1000, "priority"))
    net.connectNodes("1/0", "1/1", True, centralReservation)
    net.connectNodes("0/1", "1/1", True, centralReservation)
    net.connectNodes("2/1", "1/1", True, centralReservation)
    net.connectNodes("1/2", "1/1", True, centralReservation)
    return net
github eclipse / sumo / sumo / tools / sumolib / net / generator / cross.py View on Github external
def cross(defaultNode=None, defaultEdge=None, centralReservation=0):
    net = network.Net(defaultNode, defaultEdge)
    net.addNode(network.Node("1/0", 500, 0, "priority"))
    net.addNode(network.Node("0/1", 0, 500, "priority"))
    net.addNode(network.Node("1/1", 500, 500, "traffic_light"))
    net.addNode(network.Node("2/1", 1000, 500, "priority"))
    net.addNode(network.Node("1/2", 500, 1000, "priority"))
    net.connectNodes("1/0", "1/1", True, centralReservation)
    net.connectNodes("0/1", "1/1", True, centralReservation)
    net.connectNodes("2/1", "1/1", True, centralReservation)
    net.connectNodes("1/2", "1/1", True, centralReservation)
    return net
github eclipse / sumo / sumo / tools / sumolib / net / generator / grid.py View on Github external
def grid(numIntersectionsX=10, numIntersectionsY=5, defaultNode=None, defaultEdge=None, centralReservation=0):
    net = network.Net(defaultNode, defaultEdge)
    for x in range(0, numIntersectionsX):
        net.addNode(
            network.Node(str(x + 1) + "/0", (x + 1) * 500, 0, "priority"))
        net.addNode(network.Node(str(x + 1) + "/" + str(numIntersectionsY + 1),
                                 (x + 1) * 500, (numIntersectionsY + 1) * 500, "priority"))
    for y in range(0, numIntersectionsY):
        net.addNode(
            network.Node("0/" + str(y + 1), 0, (y + 1) * 500, "priority"))
        net.addNode(network.Node(str(numIntersectionsX + 1) + "/" +
                                 str(y + 1), (numIntersectionsX + 1) * 500, (y + 1) * 500, "priority"))
    for x in range(0, numIntersectionsX):
        for y in range(0, numIntersectionsY):
            net.addNode(network.Node(
                str(x + 1) + "/" + str(y + 1), (x + 1) * 500, (y + 1) * 500, "traffic_light"))
    for x in range(0, numIntersectionsX):
        for y in range(0, numIntersectionsY):
            net.connectNodes(str(
                x) + "/" + str(y + 1), str(x + 1) + "/" + str(y + 1), True, centralReservation)
            net.connectNodes(str(
                x + 1) + "/" + str(y), str(x + 1) + "/" + str(y + 1), True, centralReservation)
github eclipse / sumo / sumo / tools / sumolib / net / generator / grid.py View on Github external
def grid(numIntersectionsX=10, numIntersectionsY=5, defaultNode=None, defaultEdge=None, centralReservation=0):
    net = network.Net(defaultNode, defaultEdge)
    for x in range(0, numIntersectionsX):
        net.addNode(
            network.Node(str(x + 1) + "/0", (x + 1) * 500, 0, "priority"))
        net.addNode(network.Node(str(x + 1) + "/" + str(numIntersectionsY + 1),
                                 (x + 1) * 500, (numIntersectionsY + 1) * 500, "priority"))
    for y in range(0, numIntersectionsY):
        net.addNode(
            network.Node("0/" + str(y + 1), 0, (y + 1) * 500, "priority"))
        net.addNode(network.Node(str(numIntersectionsX + 1) + "/" +
                                 str(y + 1), (numIntersectionsX + 1) * 500, (y + 1) * 500, "priority"))
    for x in range(0, numIntersectionsX):
        for y in range(0, numIntersectionsY):
            net.addNode(network.Node(
                str(x + 1) + "/" + str(y + 1), (x + 1) * 500, (y + 1) * 500, "traffic_light"))
    for x in range(0, numIntersectionsX):
        for y in range(0, numIntersectionsY):
            net.connectNodes(str(
                x) + "/" + str(y + 1), str(x + 1) + "/" + str(y + 1), True, centralReservation)
            net.connectNodes(str(
github eclipse / sumo / sumo / tools / sumolib / net / generator / cross.py View on Github external
def cross(defaultNode=None, defaultEdge=None, centralReservation=0):
    net = network.Net(defaultNode, defaultEdge)
    net.addNode(network.Node("1/0", 500, 0, "priority"))
    net.addNode(network.Node("0/1", 0, 500, "priority"))
    net.addNode(network.Node("1/1", 500, 500, "traffic_light"))
    net.addNode(network.Node("2/1", 1000, 500, "priority"))
    net.addNode(network.Node("1/2", 500, 1000, "priority"))
    net.connectNodes("1/0", "1/1", True, centralReservation)
    net.connectNodes("0/1", "1/1", True, centralReservation)
    net.connectNodes("2/1", "1/1", True, centralReservation)
    net.connectNodes("1/2", "1/1", True, centralReservation)
    return net

sumo

Heavy weight plotting tools for ab initio solid-state calculations

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